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A 2-dimensional elasto-plastic finite element model of metal oblique cutting was developed with a DEFORM 2D. An automatic remesh technique was used to remesh the distortion mesh; a couple of numerical simulations have been developed on the metal oblique cutting process with different tool rake angles, some conclusions was obtained according to the simulation results: the variational rule of cutting force and the temperature distribution of tool-workpiece. Theory foundations are provided to the selection of tool geometry and to improve the surface quality of workpiece.

Main Cutting Force and Cutting Temperature Affected by the Tool Rake Angle Based on Orthogonal Cutting Model